HERETIC Flood Light/Spotlight - 4" 50403
Part Number: 20012636HERETIC
- SKU:
- 20012636
- UPC:
- 850007402877
- MPN:
- 50403
- Availability:
- Ships Same Business Day
- Weight:
- 0.00 LBS
Prop 65 Warning
Prop 65 Warning
cancer & reproductive harm
Price Match
Call for more info on price match
does not include 3rd party ads
Description
Flood Light/Spotlight - 4"
Self regulating circuit boards paired with aircraft grade aluminum housings with cooling fins create a more efficient heat transfer, allowing lights to function at full capacity, Single block construction for a seamless design that keeps the elements out and lasts longer than typical aftermarket plastic lights, Features 6 W CREE LEDs, 6061 CNC aircraft-aluminum grade billet housing, Made in U.S.A.
View AllClose
Related Products
Related Products
HERETIC Flood Light/Spotlight - 4" 50415
HERETIC
$457.49
Flood Light/Spotlight - 4"
Self regulating circuit boards paired with aircraft grade aluminum housings with cooling fins create a more efficient heat transfer, allowing lights to function at full...
20012639
HERETIC Flood Light/Spotlight - Amber 52215
HERETIC
$441.74
Flood Light/Spotlight - Amber
Self regulating circuit boards paired with aircraft grade aluminum housings with cooling fins create a more efficient heat transfer, allowing lights to function at full...
20012642
HERETIC Flood Light/Spotlight - Amber 52221
HERETIC
$583.49
Flood Light/Spotlight - Amber
Self regulating circuit boards paired with aircraft grade aluminum housings with cooling fins create a more efficient heat transfer, allowing lights to function at full...
20012645
HERETIC Flood Light - 4" - Amber 50413
HERETIC
$457.49
Flood Light - 4" - Amber
Self regulating circuit boards paired with aircraft grade aluminum housings with cooling fins create a more efficient heat transfer, allowing lights to function at full...
20012637
HERETIC Flood Light - Amber 52213
HERETIC
$441.74
Flood Light - Amber
Self regulating circuit boards paired with aircraft grade aluminum housings with cooling fins create a more efficient heat transfer, allowing lights to function at full capacity,...
20012640